Bi-plane Angiography: A Breakthrough in Cancer Diagnosis and Treatment

The Role of Bi-plane Angiography in Cancer Diagnosis and Treatment

Bi-plane Angiography is an advanced imaging technology used for diagnosing and treating vascular and neurological diseases. It is particularly effective in cancer care, offering precise imaging and treatment planning, especially for cancers involving blood vessels like liver cancer.

1. Tumor Angiography

Dual-Angle Imaging: Bi-plane Angiography provides simultaneous two-angle images of blood vessels, offering a clear view of the tumor’s blood supply.
Critical for Treatment Planning: This detailed imaging aids in planning procedures such as Transarterial Chemoembolization (TACE) and Radioembolization (TARE), where precision is essential for blocking blood vessels feeding the tumor.

2. Image-Guided Therapy

Enhanced Precision: The technology guides catheters to deliver chemotherapy drugs or embolic agents directly to the tumor’s blood supply.
Reduced Risk: Minimizes damage to healthy tissues and maximizes treatment effectiveness.

3. Metastasis Detection

Monitoring Cancer Spread: Detects whether the cancer has spread to blood vessels or other organs.
Accurate Staging: Helps doctors accurately assess cancer stages and develop personalized treatment plans.

4. Post-treatment Assessment

Treatment Monitoring: Evaluates the success of treatments like TACE or embolization to determine if the tumor has been affected or if new blood vessels have formed.
Ongoing Care Planning: Supports continuous monitoring and adjustment of treatment strategies.

5. Integration with Advanced Technologies

High-Resolution Imaging: Can be combined with CT or MRI scans for enhanced imaging quality and comprehensive diagnostic information.
Greater Diagnostic Accuracy: Improves precision in both diagnosis and treatment.

Advantages of Bi-plane Angiography

Reduced Radiation Exposure: Simultaneous dual-angle imaging lowers the need for multiple scans.
Clear and Detailed Images: Enhances diagnostic and treatment precision.
Faster Procedures: Shortens operation time, leading to quicker and more effective treatment.

Bi-plane Angiography plays a vital role in cancer diagnosis and treatment, especially for cancers related to blood vessels like liver cancer. This technology enhances treatment accuracy and safety, offering patients better treatment outcomes and improved quality of life.